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NXP IMX6ULL Cortex A7 system on module and evaluation kits
- Aug 23, 2018 -

   MY-IMX6-CB140 is an embedded core control module designed and developed by our company based on

NXP i.MX 6UltraLite, i.MX 6ULL application processor.

   The core board uses a stamp hole connection. i.MX 6UltraLite, i.MX 6ULL expands the i.MX6 series, which is a high-performance, ultra-efficient processor with advanced.

   The series is a high performance. The ultra-efficient processor uses the advanced ARM.Cortex-A7 core and runs at speeds up to 528MHz. The i.MX6UltraLite, i.MX 6ULL application processor includes an integrated power management module that reduces external complexity. Simplified and simplified on-time integrated power management module, this series provides multiple memory interfaces per processor, including 16-bit LPDDR2 LPDDR2.DDR3.DDR3L. Raw and managed NAND flash, flash, NOR flash. eMMC .Quad SPI Uad SPI and various other interfaces for peripheral devices such as WLAN .Bluetooth .GPS. Display and camera sensing.


MY-I.MX6-CB140
Core Board Parameter
CPUNXP i.MX6ULL/6UL Single core
KenelCortex A7
Frequency528 MHz
Memory256/512MB, DDR3/DDR3L
Storage4GB eMMC, up to 64GB eMMC
Voltage5V
Size36 x 38 mm (Stamp hole)
UART8 way, up to 5Mbps
Ethernet2 way, 10/100 Mbit/s
USB2 way, High Speed OTG 2.0
LCD1 way, 24 bit RGB
CSI1 way, up to 24 bits
SAI3 way, support I2S, AC97, TDM and codec interface etc.
ESAI1 way, up to 32 words(time slots) per period
I2C4 way, version 2.1
SPI4 way, up to 52 Mbit/s
CAN2 way, version 2.0B
SD1 way, 4 bit
ADC10 way, 12 bit
PWM8 way, 16 bit counter
EIM1 way, 16  bit
JTAG1 way, JTAG debuge
Watchdog1 way, hardware watchdog

With the continuous development of human-computer interaction functions in various industries, people's experience of human-computer interaction is becoming more and more critical. Among them, the startup time of products or equipment has become an important parameter to measure the quality of human-computer interaction experience. . In the consumer electronics market, the startup speed of the system is especially important. Imagine if your mobile phone or PAD hasn't been able to enter the user interface for two or three minutes, you will not be crazy about throwing it away. The Android system is slow because of the large system files, so it is well known that deep clipping and optimization can not achieve a very good time. What about Linux? Can Linux achieve extremely fast startup speed? The answer is: Yes. Although Linux systems are rarely used in consumer electronics, after all, many Internet of Things, industrial control, power, medical, intelligent transportation, environmental monitoring and other equipment still use Linux systems, and shorten the system startup time, enhance the human-computer interaction experience. Can greatly enhance the competitiveness of products in the industry.

Help users to continuously improve the product experience, and strive to make users' products more competitive in the market. MYZR engineers have optimized the depth cutting and startup time for a Linux system with high cost performance i.MX6ULL core board. After repeated modifications and tests, the i.MX6UL core board can achieve ultra-fast start speed!

The startup speed is fast, you can do more things, let your products bring better human-computer interaction experience to customers~ Let your products stand out in the same kind of products~ Let your results get a big praise.


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